Precision component and subsystem solutions to solve application specific challenges for technology-
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Celera Motion — derived from the Latin word celer for quick and swift, the name Celera reflects our commitment to delivering motion control solutions that accelerate our customers’ ability to deliver innovative solutions to their markets. Celera Motion’s cohesive vision, expertise, technologies, and consultative team approach make us the trusted partner to help solve your most challenging motion c
ontrol problems. Celera Motion’s precision component and subsystem solutions solve application specific challenges for technology-driven medical and advanced industrial original equipment manufacturers around the world. Our Product Brands
MicroE Systems
http://www.celeramotion.com/products-solutions/optical-encoders
The MicroE product brand of miniature precision optical encoders is available in several form factors and mounting options with incremental and absolute interfaces and resolutions up to 1.2nm. A wide selection of rotary and linear scales are available delivering accuracy up to 1µm. Applimotion
http://www.celeramotion.com/products-solutions/direct-drive-motors
Offering the highest level of design and application expertise, the Applimotion product brand of direct drive motors and actuators provide a wide range of solutions that are optimized to solve its customers’ motion control system challenges. Applimotion provides air-core linear motor kits for precision high response systems, permanent magnet three phases ring type, low profile, direct drive motors, and application specific, high performance direct drive motor designs that meet your needs. Mechatronics
http://www.celeramotion.com/products-solutions/mechatronics
We know that no two motion control challenges are alike. We customize each mechatronic solution with the latest advanced technologies for your project’s specific application requirements.Our mechatronics engineering group is renowned for seamlessly fusing product and technology to create optimized solutions. Every project is driven through our rigorous testing protocol to ensure our products deliver repeatable, reliable performance. Our applications team has over a century of collective experience in motion control. From concept through serial production, we can provide the complete mechatronics solution. At Celera Motion, we look forward to helping you find solutions to your next engineering challenge. Please contact us below and we will respond to your request as soon as possible. World Headquarters and Encoder Center of Excellence
125 Middlesex Turnpike
Bedford, MA 01730 USA
Tel: 781.266.5200
Email: [email protected]
Motor Center of Excellence
5915 Jetton Lane
Loomis, CA 95650 USA
Tel: 916.652.3118
Email: [email protected]
Capitan Servo Drives is the most advanced servo drive we have ever built, designed to meet the most challenging specification needs. In a world requiring more precise motion control applications, we have created CAPITAN to help engineers climb their next mountain.
Watch our video on our latest revolutionary Servo Drive for the most demanding applications
FAQs for Robotics and Automation: Ever wonder what types of rotary encoders does Celera Motion offer?
Here, our technical experts explain all about optical encoders: https://www.celeramotion.com/microe/support/faqs/what-are-optical-encoders/%20?utm_source=social&utm_medium=Facebook&utm_campaign=FAQWhatAreOpticalEncoders101223
Learn about FAQs from other technologies here: https://www.celeramotion.com/resources/faqs/?utm_source=SocialMedia&utm_medium=Facebook&utm_campaign=FAQpage101723
INGENIA‘s latest generation of servo drives offer best-in-class performance in compact housings. This makes this series of servo drives the best performing motor controllers with the smallest form factor. Moreover, efficiency, safety and precision are fundamental to the collection’s drives.
In this video, you will learn all about Ingenia's Denali, the smallest servo drive, which is a standard-setting servo drive:
FAQs for Robotics and Automation: Ever wonder what optical encoders are?
Here, our technical experts explain all about optical encoders: https://www.celeramotion.com/microe/support/faqs/what-are-optical-encoders/?utm_source=SocialMedia&utm_medium=Facebook&utm_campaign=FAQWhatAreOpticalEncoders101323
Learn about FAQs from other technologies here: https://www.celeramotion.com/microe/support/faqs/what-are-optical-encoders/?utm_source=SocialMedia&utm_medium=Facebook&utm_campaign=FAQpage101323
Dive into the intricate details of Rotary Scales Alignment with our Technical Paper. Unlock superior performance and true precision in the world of motion control.
Eccentricity error is the radial difference between the grating’s axis of rotation and the center of the rotary grating. Eccentricity is also the largest controllable source of error in any rotary encoder systems. To achieve the highest level of long range accuracy, the eccentricity must be minimized.
See figure 1.0 below on Rotary Scales Alignment: https://www.celeramotion.com/microe/support/technical-papers/rotary-scales-alignment/
Explore the realm of Position Sensors with our comprehensive guide. In any technology device, a position sensor plays an important role. This article helps you navigate the sea of key components, whether the application is navigation systems, industrial automation, or robotics. Find out more about non-contact vs. contact, haptic applications and learn how to choose the right position sensor for your application.
Learn More: https://www.celeramotion.com/zettlex/support/technical-papers/position-sensors/
Have you ever pondered the unique, dynamic relationship between Motor Phase Current and Power Supply Current? Our Technical Paper brings to light the distinct differences between these two essential factors in your machinery. Uncover how this understanding can directly influence and optimize your motor operation and consequently, the efficiency of your system.
Learn More: https://www.celeramotion.com/ingenia/support/technical-papers/understanding-why-motor-phase-current-is-different-than-power-supply-current/
As robots and machines become more sophisticated and are called upon to perform more complex tasks, the motion control that defines their movements must be as precise as possible to avoid accidents, prevent mechanical failures, and increase throughput.
Learn more about our Optical Encoder Technology: https://www.celeramotion.com/microe/support/technical-papers/pureprecision-optical-encoder-technology/
Combining our optical encoder technology with state-of-the-art electronics & signal processing, Optira™ delivers unprecedented performance in an incredibly small & lightweight package, providing resolution of up to 5nm with all AGC, interpolation, & signal processing performed in the sensor head.
Learn more about the Optira™ Series: https://www.celeramotion.com/microe/products/optical-rotary-encoders/nano/optira-series-pi/
When evaluating encoders, there are a few common terms that are critical to specifying the best encoder for the application. These terms are often misunderstood or misused which can cause confusion when designing motion control systems. This paper defines key terms and how they relate to optical encoders:
Read More Here: https://www.celeramotion.com/microe/support/technical-papers/understanding-resolution-accuracy-repeatability/
Celera Motion’s mechatronics team designs & manufactures camera gimbals using our precise encoders, low-cogging direct drive motors, and power-dense servo drives.
Gimbal motion traditionally uses DC , coupled to the azimuth and elevation, or pan and tilt, axes. But now, direct drive motors are available for overall gimbal size reduction, increased accuracy, and decreased weight.
Gimbals are used to serve multiple applications.
Do you have the right gimbal solution to meet your demanding specifications?
LEARN MORE: https://www.celeramotion.com/mechatronics/
The Omni+ 130mm motor becomes the largest of the Omni+ Series, known as the world’s most advanced direct drive frameless motor kits. All offer the highest density and ultra-low cogging in a low profile and large aperture design. When high torque and ultra low cogging matter, turn to Celera Motion, a Novanta Inc. Company, for Innovation that Matters.
Learn more about our brand new : https://www.celeramotion.com/omni-plus-series/
Omni+ motors are designed to maximize output torque & minimize power dissipation. Visit Why Motor Constant Matters in Thermally Limited Applications - Celera Motion or Power Budgeting and Motor Sizing for Battery Applications. Making the wrong choice means your product’s performance just took a back seat!
Learn more about our Omni+ Frameless Motor kits: https://www.celeramotion.com/applimotion/products/direct-drive-frameless-rotary-motors/torque-plus/omni-plus/
Making compromises means your product is not leading, but following. If your AMR or AGV has a targeted time of operation with limited available power, why make compromises when there are alternatives to meet your design goals?
Learn more about our Omni+ Frameless Motor kits: https://www.celeramotion.com/applimotion/products/direct-drive-frameless-rotary-motors/torque-plus/omni-plus/
Making compromises means your product is not leading, but following. If your AMR or AGV has a targeted time of operation with limited available power, why make compromises when there are alternatives to meet your design goals?
Learn more about our Omni+ kits: https://www.celeramotion.com/applimotion/products/direct-drive-frameless-rotary-motors/torque-plus/omni-plus/
Ingenia has been awarded ISO 9001:2015 certification for the design & production of solutions by DQS.
ISO 9001 is the leading international standard for Quality Management Systems (QMS). The standard evolves around multiple quality management principles, which include a strong customer focus, the motivation & implication of top management, the process approach & continual improvement.
The team built an agile approach to quality, embracing continuous improvement across all functional areas. The auditor recognized as strengths of the team the talent, freshness, tenacity, & daring which enabled a fast & effective reaction capacity.
See our Compliance Information for all certifications: https://www.celeramotion.com/news/latest-news/iso-9001-certification-for-ingenia/
Making compromises means your product is not leading, but following. If your or has a targeted time of operation with limited available power, why make compromises when there are alternatives to meet your design goals?
Learn more about our Omni+ Frameless Motor kits: https://www.celeramotion.com/omni-plus-series/
In most joints, kits are often the largest source of heat. Temperature is a huge concern for both patient safety & for strain wave gear life.
Omni+ motors will run cooler & provide uniform for applications that do not want to make compromises.
Learn more about our Omni+ Series Motors: https://www.celeramotion.com/applimotion/products/direct-drive-frameless-rotary-motors/torque-plus/omni-plus/
If battery life or temperature are critical for your product’s success, don’t compromise with claiming performance, compare the specifications yourself, & find your way to an un-compromised winning solution with Omni+ Frameless Motor kits.
Learn more about Omni+ https://www.celeramotion.com/applimotion/products/direct-drive-frameless-rotary-motors/torque-plus/omni-plus/
Aura® Series Absolute Encoders employs a short wavelength LED for precise absolute position . An incremental scale track & advanced sensor produce pure sinewave signals. The small, low power consumption SMT package integrates easily into an PCB.
Learn more about Aura® Series Absolute Encoders, HERE: https://www.celeramotion.com/microe/products/linear-encoders/nano/aura-series/
Mercury™ vacuum are specified in a wide range of applications for their combination of performance, small size, & high vacuum rating. Choose from models with digital or analog output, all constructed using vacuum-compatible materials rated up to 10-8 torr.
Learn more about Mercury™ Series – M1000V Linear Optical Encoders, HERE: https://www.celeramotion.com/microe/products/linear-encoders/high-vacuum/mercury-series-m1000v/
MicroE Mercury™ 1000 kit encoders are smaller, higher performance, faster to install, & easier to use than any other . The tiny sensor fits into very tight spaces, & has broad alignment tolerances for fast & easy setup.
Lean more about our Mercury™ Series – M1000 Linear Optical Encoders, HERE: https://www.celeramotion.com/microe/products/linear-encoders/compact/mercury-series-m1000/
Are you attending the 2023 AACC Annual Scientific Meeting + Clinical Lab Expo?? Stop by our Novanta IMS booth 977 to see our product demos, where we will be showcasing several demonstrations that focus on advancements in
- Reading
- POC IVD Analyzers
-
- Multi-axis solutions that are made for higher end accuracy applications.
And of course, come by & say hello!!
Association for Diagnostics & Laboratory Medicine
Join us and Novanta Inc. in Anaheim CA at booth 977 on Sunday July 23rd to Thursday July 27th at the 2023 AACC Annual Scientific Meeting + Clinical Lab Expo, where we will showcase several demonstrations that focus on technology advancements in Reading, POC IVD Analyzers, and Multi-axis solutions that are made for higher end accuracy applications.
Learn more about the 2023 AACC show, HERE: https://meeting.aacc.org/
American Association for Clinical Chemistry (AACC) Novanta IMS
IncOder CORE sensors are non-contact, lightweight absolute angle encoders, fully contained in a frameless printed circuit board kit. Each position sensor utilizes a unique field-proven inductive technique, delivering highly repeatable, reliable, temperature-stable measurement performance.
Learn more about IncOder inductive angle encoders, or use the configurator below to build a product suited to your requirements: https://www.celeramotion.com/zettlex/product/incoder-core/
Did you know that the world’s toughest angle encoder is highly configurable? When selecting IncOder, customers can configure mounting features, size, connector and integral types and direction, surface finish, communications protocol, resolution, and extended environmental performance options.
Learn more about IncOder inductive angle , or use the configurator below to build a product tailored to your requirements: https://www.celeramotion.com/zettlex/product/incoder-inductive-angle-encoders-midi-range/
What is the difference between a standard IncOder and Ultra IncOder?
Ultra IncOder Series features the same form, fit, & function device as the original rugged IncOder Series, but with a 50% improvement in accuracy. Taking advantage of high measurement repeatability, each Ultra
IncOder is pre-calibrated against a highly accurate measurement reference in production, diminishing inherent sources of non-linearity.
To learn more about our IncOder Inductive Encoders, VISIT: https://www.celeramotion.com/zettlex/products/incoder-inductive-encoders/
Engineered for maximum density, and smooth motion, Omni+ motors will consume less power, run cooler and provide uniform torque for applications that do not want to make compromises. The Omni+ motors simply do more with less, meaning more torque for less power dissipated for your high precision needs.
Learn more about Omni+ motors: https://www.celeramotion.com/applimotion/products/direct-drive-frameless-rotary-motors/torque-plus/omni-plus/
At what point in product development does performance take a backseat? You might say “never”, or maybe even convince yourself you can “make do” with sub-par performance. The Omni+ Frameless Motor Product line addresses the fundamental needs of high-performance direct drive motors for the , SAT/COM, and markets.
Learn more about the Omni+ Frameless Motor Product line, HERE: https://www.celeramotion.com/applimotion/products/direct-drive-frameless-rotary-motors/torque-plus/omni-plus/
125 Middlesex Tpke
Bedford, MA
01730
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Capitan Servo Drives is the most advanced servo drive we have ever built, designed to meet the most challenging specification needs. In a world requiring more precise motion control applications, we have created CAPITAN to help engineers climb their next mountain. Watch our video on our latest revolutionary Servo Drive for the most demanding applications #ServoDrives #MotionControl
INGENIA‘s latest generation of servo drives offer best-in-class performance in compact housings. This makes this series of servo drives the best performing motor controllers with the smallest form factor. Moreover, efficiency, safety and precision are fundamental to the collection’s drives. In this video, you will learn all about Ingenia's Denali, the smallest servo drive, which is a standard-setting servo drive: #ServoDrives #ServoMotor
Celera Motion’s mechatronics team designs & manufactures camera gimbals using our precise encoders, low-cogging direct drive motors, and power-dense servo drives. Gimbal motion traditionally uses DC #GearMotors, coupled to the azimuth and elevation, or pan and tilt, axes. But now, direct drive motors are available for overall gimbal size reduction, increased accuracy, and decreased weight. Gimbals are used to serve multiple applications. Do you have the right gimbal solution to meet your demanding specifications? LEARN MORE: https://www.celeramotion.com/mechatronics/ #Encoders #Motors #ServoDrives #Robotics #Automation
Celera Motion inductive encoders are sensors for precision angle measurement in harsh environments. IncOders are being used in a wide variety of applications such as #MedicalEquipment and #scanners, #cameras and #InfraredSystems, #robotics and #MachineTools. Watch our video below to learn more about our range of inductive sensor products. https://www.celeramotion.com/zettlex/products/incoder-inductive-encoders/ #Automation
Celera Motion, a Novanta company, is focused on delivering innovations that matter - innovations that enhance people’s lives and improve productivity for our medical and advanced industrial OEM customers. Watch this video to learn more about Novanta and our team overall.
As robotic machines become more sophisticated and gain popularity in the industrial, commercial, and medical markets, they are called upon to perform more complex tasks. New design trends are emerging that capitalize on smaller, more compact assemblies with high precision and reliability. The motion control that defines robot joint movements must be as precise as possible to improve overall accuracy and utilize the robot’s capabilities to full potential. While the final external packaging of robot joints will vary by application, internal components and overall strategy can benefit all segments of the robotics market. At Celera Motion, we take our components and develop mechatronic assemblies - creating robot joints with extreme accuracy, low profiles, and high torque to deliver a unique solution for your requirements. Learn More: https://www.celeramotion.com/mechatronics
Celera Motion’s mechatronics team designs and manufactures custom gimbals using our MicroE precision encoders and Applimotion motor components. Gimbal motion traditionally uses DC gear motors, coupled to the Azimuth and Elevation, or pan and tilt, axes. But now, direct drive motors are available for overall gimbal size reduction, increased accuracy, and decreased weight. We know gimbals are used in multiple products to serve multiple application needs. But do you have the right gimbal solution to meet your requirements and demanding specifications? Learn More: http://www.celeramotion.com/mechatronics
The Omni™ Series motors enables OEMs to design high performance, reliable, small and lightweight systems using flexible and easy-to-integrate rotary motor components. Watch the video to learn more about the Omni™ Series. Learn More: https://www.celeramotion.com/products-solutions/direct-drive-motors/rotary-motors/portfolio-page
Celera Motion — derived from the Latin word celer for quick and swift, the name Celera reflects our commitment to delivering precision motion components and sub-systems that accelerate our customers’ ability to deliver innovative solutions to their markets. Celera Motion’s cohesive vision, expertise, technologies, and consultative team approach make us the trusted partner to help solve your most challenging precision motion problems. Celera Motion’s component and subsystem solutions solve application specific challenges for technology-driven medical and advanced industrial original equipment manufacturers around the world. Our Product Brands MicroE Systems: https://www.celeramotion.com/microe/ The MicroE product brand of miniature precision optical encoders is available in several form factors and mounting options with incremental and absolute interfaces and resolutions up to 1.2nm. A wide selection of rotary and linear scales are available delivering accuracy up to 1µm.
Zettlex: https://www.celeramotion.com/zettlex/ The Zettlex brand produces sensors and encoders which measure position or speed accurately and reliably in a wide range of operating conditions. These products are used in precision motion control systems in advanced industrial and medical markets and applications, including autonomous vehicles, industrial and medical robotics, aerospace & defense, laboratory & diagnostics, imaging and scanning systems, and oil & gas. Applimotion: https://www.celeramotion.com/applimotion/ Offering the highest level of design and application expertise, the Applimotion product brand of direct drive motors and actuators provide a wide range of solutions that are optimized to solve its customers’ motion control system challenges. Applimotion provides air-core linear motor kits for precision high response systems, permanent magnet three phases ring type, low profile, direct drive motors, and application specific, high performance direct drive motor designs that meet your needs.
Ingenia: https://ingeniamc.com/
The Ingenia brand provides original equipment manufacturers (OEMs) with customized motion control solutions including high performance, high-power servo drives and control software for most motor technologies: servo motors (DC brush and brushless), microstepping, and step motors. Advanced features include field buses (CANopen, EtherCAT, Ethernet/IP), sinusoidal commutation, field oriented control, advanced PID filters and more.
Westwind: https://www.celeramotion.com/westwind/
Westwind air bearing spindles have been market leaders for over 50 years due to constant product innovation and development. All spindles feature high precision, high rotational speed, and robust design for long product life.
Mechatronics: https://www.celeramotion.com/mechatronics/ We know that no two motion control challenges are alike. We customize each mechatronic solution with the latest advanced technologies for your project’s specific application requirements.Our mechatronics engineering group is renowned for seamlessly fusing product and technology to create optimized solutions. Every project is driven through our rigorous testing protocol to ensure our products deliver repeatable, reliable performance. Our applications team has over a century of collective experience in motion control. From concept through serial production, we can provide the complete mechatronics solution. At Celera Motion, we look forward to helping you find solutions to your next engineering challenge. Please contact us below and we will respond to your request as soon as possible. World Headquarters 125 Middlesex Turnpike Bedford, MA 01730 USA Tel: +1 781.266.5200 Email: [email protected]
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